More Views

Details

This RTI show laser system is equipped with newly developed Coherent HD OPSL laser modules with TEM00 beam profile (TEM = Transverse electromagnetic mode) . At TEM00 the brightness of the beam spot is homogenously distriburted in a Gaussian curve, so the spot is perfectly round and has no deviances due to wave interferences. Besides that, the RTI NANO RGB 10 HD has an extremely low beam divergence: with CT-6210H scanners and standard optics: ca. 0.5 mrad or optionally with CT-6215HP scanners and low divergence optics: ca. 0.3 mrad (TEM00).

This results in an extremely increase of brightness in comparison to 'conventional' OPSL laser modules and especially in comparison to diode laser sources. The excellent beam specifications make this laser system ideal for graphics and long distance projections, but also for beam effects, which shall be visible from far away.

The RTI NANO RGB 10 HD has a guaranteed output power of 9'000mW - full color RGB. It is even possible to extend the system up to 32W (10W 639nm red, 4W 590nm orange, 10W 530nm green, 4W 480nm cyan, 4W 460nm blue).

The RTI NANO RGB 10 HD standard comes with very fast CT-6210H scanners. The scan speed of 60kpps@8° ILDA and a maximum scan angle of 80° (@35kpps) make the system suitable for any kind of application. Optionally this laser system is also available with CT-6215HP scanners.

The compact built laser system has a durable and waterproof housing according to IP65.

All RTI NANO projectors are equipped with ILDA interface for standard computer control. In addition to that it is possible to order optional control modes, like LAN, DMX, SD-card or auto mode. Even W-DMX is available on request. Projector settings can easily be adjusted through the versatile remote touch control pad.

* depending on the collimators; information based on our recommended standard optics.

*Due to Advanced Optical Correction technology used in our laser systems the optical power of each colour within installed laser module(s) may slightly differ from the specification of respective laser module(s).